Inseego Wavemaker FW2010 Manuale utente
Installation Guide
Inseego WavemakerTM
5G Outdoor CPE FW2010
PN 90029656 Rev 2
Preparing to Install
Tools and materials
• Installation handle
• Ladder
• Round 4.5mm to 6.5mm Cat6A PoE* cable (RJ45 fittings attached)
• Smartphone/device for Inseego Mobile App
• SIM card (4FF Nano)
• Phillips-head screwdriver
• M6 4mm hex driver
• Drill
• 14mm socket wrench/driver
• Ground wire
• Cat6A Ethernet cable
• Sealing/weatherproofing material
Your FW2010 package includes: FW2010 device, PoE injector, and SIM tool.
NOTE: Mount installation packages are ordered and shipped separately.
*Power over Ethernet
2
About the FW2010
Description
The 5G Outdoor CPE FW2010 delivers multi-gigabit data rates over 5G millimeter wave
networks using high power phased array antenna modules. The FW2010 provides
extended range and coverage for millimeter wave cellular networks and delivers data
connectivity to existing in-building networks.
Durability
The FW2010 has an environmental rating of IP67 for water and dust ingress and can
operate within a temperature range of -30°C to 60°C (-22 to 140°F).
Incorrect tether placementCorrect tether placement
Pre-installation
1. Unscrew the protective shield over the SIM slots using a Phillips-head screwdriver.
2. Use the included SIM tool to insert a Nano 4FF SIM card into the appropriate SIM slot.
Be careful to not use excessive force.
3. Reattach the protective shield cover to a torque of 0.49 Nm (0.36 ft/lb), making sure
the tether passes through the hole of the rear housing and is not bent or bunched.
NOTE: This device supports only Nano SIM cards.
WARNING! If the tether is bunched, it could prevent the compartment from being effectively sealed. 3
Sealing cap
Clip
Body
5. Install the PoE cable:
NOTE: Make sure your PoE cable wiring is correct (see “PoE RJ45 fitting cable wiring diagram”).
4. For ease of carrying during the location survey, attach the installation
handle* to the back of the device with a Phillips-head screwdriver.
a. Unscrew the PoE gland cap assembly.
b. Thread the PoE cable through the sealing cap, clip, and body of the gland
assembly.
*Installation handle sold as an optional accessory. 4
Sealing
c. Screw the body of the gland to the FW2010.
d. Connect the two parts of the sealing around the cable, then slide the sealing
into the gland body.
e. Slide the clip and the sealing cap along the cable and screw the sealing cap
tightly to the gland body. The sealing cap will keep the PoE connection secure
and watertight.
f. Insert the other end of the cable into the PoE injector Data & Power Out port.
Plug the PoE injector into an earthed AC outlet.
5
Option #1: J-Arm Mount Installation
Device elevation bracket
Hole for roof mount lag screws (4)
J-arm
Positioning bolt
Positioning bolt
Hole for M6 21mm bracket
mount bolts and washers (4)
Square neck bolt
Location survey
1. Scan the QR code to download the Inseego Mobile App from Apple Store
or Google Play Store, or visit https://inseego.com/inseego-connect-get-
app to download the App.
2. Follow instructions within the Inseego Mobile App to connect to the
FW2010 and perform a 5G site survey to identify the ideal location to install.
6
M6 21mm bracket
mount bolt and washer
M5 10mm ground
screw / washer
4. Mount the device to the device elevation bracket using a hex driver to tighten the
bolts to 2.0 Nm (1.48 ft/lb).
3. Place the M6 external locking washers on the M6 21mm bracket mount bolts.
Attaching the FW2010 to the device elevation bracket
1. Remove the installation handle and unplug the PoE cable from the PoE injector.
2. Attach a ground wire to the back of the device with the ground screw.
7
Roof mount lag screw
1. Pre-drill holes in the surveyed location.
2. Attach the mount using a hex driver to tighten the lag screws.
NOTE: Concrete anchors are provided if mounting to concrete or brick.
Securing the J-arm mount
The J-arm mount is adjustable and can be mounted on vertical, horizontal, and slanted
exterior surfaces.
The mount is attached using the four roof mount lag screw in the corners of the base.
Attaching the device to the J-arm mount
1. Attach the device elevation bracket to the J-arm mount and tighten
the square neck bolts along the back to 2.0 Nm (1.48 ft/lb) using a
ratcheting socket wrench.
2. Secure the ground wire to an appropriate earth ground.
8
Orienting the device
1. Run the PoE cable to the desired location of the PoE injector and insert the cable
into the Data & Power Out port on the PoE power injector.
2. Take a racheting socket wrench and device/ smartphone with the Inseego Mobile
App to the FW2010 location.
3. Use the Inseego Mobile App and the positioning bolts on the device elevation
bracket and bottom of the mount to fine tune the horizontal and vertical angle
of the FW2010 for the best signal.
4. Tighten the positioning bolts to 15.0 Nm (11 ft/lb).
5. Use sealing/weatherproofing material to seal any holes drilled in the structure to
run the PoE cable.
9
Option #2: Pole Mount Installation
Hex flange head
bolts with PEM
nuts (4)
M10 carriage bolt (2)
External locking washer (4)
M10 hex nut (4)
U-bracket
Azimuth bracket
Zenith bracket
Holes for M6 21mm bracket mount
bolts and washers (4)
Washer (4)
Assembling the pole mount bracket
1. Attach the azimuth bracket to the zenith bracket using the four hex flange head bolts and
PEM nuts.
2. Insert the M10 carriage bolts through the azimuth bracket and secure with external
locking washers, washers, and M10 hex nuts.
10
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